Fast Charge Next

DEV

Magisk KernelSU APatch
v2.0.2
Version
20.16 KB
Size
Apr 12, 2026
Updated

Module Info

  • Contributors Dev97633
  • Source Code View Repository
  • Tags
    #Fast Charge Next #Fast Charging #Battery Optimization #Magisk Module #KernelSU #APatch #Thermal Management #Charging Speed

About this module

Fast Charge Next is a lightweight systemless optimization module engineered to unlock and sustain peak charging currents across supported Android devices. By adjusting kernel-level power supply parameters and mitigating aggressive OEM thermal step-downs, it accelerates battery replenishment rates without compromising hardware power management controllers.

Sustained High-Speed Power Delivery

Fine-tune power supply drivers to maximize energy intake and eliminate unnecessary current restrictions.

Peak Current Retention

Maintains maximum allowable milliampere (mA) intake throughout intermediate battery percentages to significantly cut overall charging duration.

Screen-On Rate Retention

Mitigates aggressive manufacturer throttling policies that artificially halve charging wattage whenever the display panel is active.

PMIC Hardware Safety

Operates strictly within certified hardware Power Management IC limits, ensuring voltage stability and battery longevity.

Under the Hood: Power Supply Node Configuration

Fast Charge Next interfaces directly with Linux kernel sysfs battery nodes during system initialization. Stock firmware frequently imposes conservative current caps via thermal engine profiles. This module recalibrates input current limits, adjusts constant charge current thresholds, and overrides artificial step-down routines while leaving primary battery thermal cutoffs intact.

# Dynamically adjusting kernel power supply sysfs nodes
NODE="/sys/class/power_supply/battery"
if [ -d "$NODE" ]; then
echo "1" > "$NODE/fastcharge_mode"
echo "0" > "$NODE/step_charging_enabled"
chmod 444 "$NODE/constant_charge_current_max"
fi
# Result: Uninhibited power negotiation according to maximum charger capability